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    • 22. 发明授权
    • Motion blur device, method and program
    • 运动模糊设备,方法和程序
    • US08620100B2
    • 2013-12-31
    • US13201439
    • 2010-02-15
    • Kenjiro MiuraKenji Takahashi
    • Kenjiro MiuraKenji Takahashi
    • G06T5/00
    • H04N5/23248G06T5/004G06T2207/10016G06T2207/20201H04N5/23254H04N5/23267
    • A motion blur control device uses inter-frame movement computation means to compute an inter-frame movement direction and an inter-frame movement amount from plural frame images acquired at a specific time interval. Motion blur correction means then generates a corrected frame image by correcting motion blur in a specific frame image in plural frame images based on the blur amount set within a range not exceeding the inter-frame movement amount and based on the inter-frame movement direction. Evaluation means evaluates the corrected frame image using a motion blur evaluation function. The motion blur control device controls the blur amount such that the motion blur evaluation function satisfies a specific condition.
    • 运动模糊控制装置使用帧间移动计算装置来计算从特定时间间隔获取的多个帧图像中的帧间移动方向和帧间移动量。 然后,运动模糊校正装置基于在不超过帧间移动量的范围内并且基于帧间移动方向,设定多个帧图像中的特定帧图像中的运动模糊来生成校正帧图像。 评估装置使用运动模糊评估函数评估校正的帧图像。 运动模糊控制装置控制模糊量,使得运动模糊评估功能满足特定条件。
    • 23. 发明授权
    • Lighting device
    • 照明设备
    • US08506133B2
    • 2013-08-13
    • US13376366
    • 2010-06-09
    • Yasushige TomiyoshiKenji Takahashi
    • Yasushige TomiyoshiKenji Takahashi
    • F21V15/00
    • F21V3/02F21K9/23F21V17/101F21V17/104F21V19/0055F21V23/002F21Y2105/10F21Y2115/10
    • A compact LED lamp (1) is provided with a holder (20), an LED module (10) mounted on the holder (20), and a globe (70) covering the LED module (10). The holder (20) has a groove (21) surrounding the LED module (10) at a top surface (24a) of the holder (20), with a rim (70a) of the globe (70) inserted in the groove (21). When comparing an edge (D1) and an edge (D2) along a side wall (24c) of the groove (21), the edge (D1) is closer to an opening of the groove, and the edge (D2) is closer to a bottom of the groove. The edge (D2) is more recessed than the edge (D1) in a direction perpendicular to a direction of depth of the groove. Furthermore, the groove (21) has through-holes (22) at part of a bottom surface (24d) of the groove (21) to connect to a back surface (24b) of the holder (20). The groove (21) and the through-holes (22) are filled with adhesive (80).
    • 紧凑型LED灯(1)设置有保持器(20),安装在保持器(20)上的LED模块(10)和覆盖LED模块(10)的灯罩(70)。 所述保持器(20)在所述保持器(20)的顶表面(24a)处具有围绕所述LED模块(10)的凹槽(21),所述球状体(70)的边缘(70a)插入所述凹槽 )。 当沿凹槽(21)的侧壁(24c)比较边缘(D1)和边缘(D2)时,边缘(D1)更靠近凹槽的开口,并且边缘(D2)更靠近 凹槽的底部。 边缘(D2)在与凹槽的深度方向垂直的方向上比边缘(D1)更凹下。 此外,凹槽(21)在凹槽(21)的底表面(24d)的一部分处具有连接到保持器(20)的后表面(24b)的通孔(22)。 槽(21)和通孔(22)填充有粘合剂(80)。
    • 25. 发明授权
    • Analyte treatment apparatus
    • 分析物处理装置
    • US08282881B2
    • 2012-10-09
    • US12668014
    • 2008-07-03
    • Kenji Takahashi
    • Kenji Takahashi
    • G01N21/00
    • G01N1/31G01N9/12G01N35/00712G01N35/1002G01N2035/00306G01N2035/00891
    • An analyte treatment apparatus comprising liquid chemical tanks storing liquid chemicals; and a treatment unit carrying out a treatment by supplying the liquid chemicals, so as to facilitate observation. The liquid chemical tanks are made of resin and housed inside a housing unit. Openings are formed in the housing unit. Light projecting means is provided outside of the treatment unit and projects light into each liquid chemical tank through the opening of the housing unit. A colored transparent door is provided to the housing unit and located at the other side with respect to a specific side of the liquid chemical tanks from which light diffusely reflected at the one side and the opposite side of the liquid chemical tank or in the liquid chemical tank can be visually checked, so as to visually check the reflected light. A control unit controls ON-OFF switching of the light projecting means.
    • 一种分析物处理装置,包括储存液体化学药品的液体化学药液罐; 以及通过供给液体化学品进行处理的处理单元,以便于观察。 液体化学容器由树脂制成并容纳在壳体单元内。 开口形成在壳体单元中。 光投射装置设置在处理单元的外部,并通过壳体单元的开口将光投射到每个液体化学罐中。 一个彩色的透明门被提供到壳体单元,并且位于液体化学容器的特定侧的另一侧,在该液体化学容器的特定侧,光在液体化学品容器的一侧和相对侧或在液体化学品中漫射 罐可以目视检查,以便目视检查反射光。 控制单元控制投光装置的ON-OFF切换。
    • 27. 发明授权
    • Radiographic apparatus
    • 射线照相设备
    • US08220993B2
    • 2012-07-17
    • US12697965
    • 2010-02-01
    • Kenji Takahashi
    • Kenji Takahashi
    • G01D18/00
    • H01J35/06H01J2235/062H01J2235/068H01J2235/087
    • Fan beams of radiation are output from a multiplicity of radiation sources. Radiation is output simultaneously only from a part of the radiation sources having irradiation ranges that neither overlap with each other nor are adjacent to each other. Image correction data corresponding to each group of radiation sources is obtained by sequentially outputting radiation to the radiographic image detector while the groups of radiation sources are sequentially switched without setting a subject. An effective area that has a value higher than a predetermined threshold value is determined for each image correction data. Radiation is sequentially output to the radiographic image detector in a state in which a subject is set while groups of radiation sources are switched. Radiation image data obtained based on the effective area, and which corresponds to each of the groups of radiation sources, is corrected based on the image correction data.
    • 风扇辐射束从多个辐射源输出。 辐射仅从具有彼此不重叠或彼此相邻的照射范围的一部分辐射源同时输出。 通过在不设置被摄体的情况下顺序地切换辐射源群而顺序地向放射线照相图像检测器输出辐射,获得与各组辐射源对应的图像校正数据。 针对每个图像校正数据确定具有高于预定阈值的有效区域。 在切换了一组辐射源的状态下,放射线照相图像检测器依次输出辐射。 基于有效面积获得并且对应于每组辐射源的辐射图像数据根据图像校正数据被校正。